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BibTex format

author = {Agua-Agum, J and Allegranzi, B and Ariyarajah, A and Aylward, RB and Blake, IM and Barboza, P and Bausch, D and Brennan, RJ and Clement, P and Coffey, P and Cori, A and Donnelly, CA and Dorigatti, I and Drury, P and Durski, K and Dye, C and Eckmanns, T and Ferguson, NM and Fraser, C and Garcia, E and Garske, T and Gasasira, A and Gurry, C and Gutierrez, GJ and Hamblion, E and Hinsley, W and Holden, R and Holmes, D and Hugonnet, S and Jombart, T and Kelley, E and Santhana, R and Mahmoud, N and Mills, HL and Mohamed, Y and Musa, E and Naidoo, D and Nedjati-Gilani, G and Newton, E and Norton, I and Nouvellet, P and Perkins, D and Perkins, M and Riley, S and Schumacher, D and Shah, A and Minh, T and Varsaneux, O and Van, Kerkhove MD},
doi = {10.1056/NEJMsr1513109},
journal = {New England Journal of Medicine},
pages = {587--596},
title = {After Ebola in West Africa - Unpredictable Risks, Preventable Epidemics},
url = {},
volume = {375},
year = {2016}

RIS format (EndNote, RefMan)

AB - Between December 2013 and April 2016, the largest epidemic of Ebola virus disease (EVD) to date generated more than 28,000 cases and more than 11,000 deaths in the large, mobile populations of Guinea, Liberia, and Sierra Leone. Tracking the rapid rise and slower decline of the West African epidemic has reinforced some common understandings about the epidemiology and control of EVD but has also generated new insights. Despite having more information about the geographic distribution of the disease, the risk of human infection from animals and from survivors of EVD remains unpredictable over a wide area of equatorial Africa. Until human exposure to infection can be anticipated or avoided, future outbreaks will have to be managed with the classic approach to EVD control — extensive surveillance, rapid detection and diagnosis, comprehensive tracing of contacts, prompt patient isolation, supportive clinical care, rigorous efforts to prevent and control infection, safe and dignified burial, and engagement of the community. Empirical and modeling studies conducted during the West African epidemic have shown that large epidemics of EVD are preventable — a rapid response can interrupt transmission and restrict the size of outbreaks, even in densely populated cities. The critical question now is how to ensure that populations and their health services are ready for the next outbreak, wherever it may occur. Health security across Africa and beyond depends on committing resources to both strengthen national health systems and sustain investment in the next generation of vaccines, drugs, and diagnostics.
AU - Agua-Agum,J
AU - Allegranzi,B
AU - Ariyarajah,A
AU - Aylward,RB
AU - Blake,IM
AU - Barboza,P
AU - Bausch,D
AU - Brennan,RJ
AU - Clement,P
AU - Coffey,P
AU - Cori,A
AU - Donnelly,CA
AU - Dorigatti,I
AU - Drury,P
AU - Durski,K
AU - Dye,C
AU - Eckmanns,T
AU - Ferguson,NM
AU - Fraser,C
AU - Garcia,E
AU - Garske,T
AU - Gasasira,A
AU - Gurry,C
AU - Gutierrez,GJ
AU - Hamblion,E
AU - Hinsley,W
AU - Holden,R
AU - Holmes,D
AU - Hugonnet,S
AU - Jombart,T
AU - Kelley,E
AU - Santhana,R
AU - Mahmoud,N
AU - Mills,HL
AU - Mohamed,Y
AU - Musa,E
AU - Naidoo,D
AU - Nedjati-Gilani,G
AU - Newton,E
AU - Norton,I
AU - Nouvellet,P
AU - Perkins,D
AU - Perkins,M
AU - Riley,S
AU - Schumacher,D
AU - Shah,A
AU - Minh,T
AU - Varsaneux,O
AU - Van,Kerkhove MD
DO - 10.1056/NEJMsr1513109
EP - 596
PY - 2016///
SN - 1533-4406
SP - 587
TI - After Ebola in West Africa - Unpredictable Risks, Preventable Epidemics
T2 - New England Journal of Medicine
UR -
UR -
VL - 375
ER -